Razor® HD Gen II-E 1-6x24 Riflescope — VMR-2 Reticle

Every component, feature and performance characteristic of the Razor HD Gen II-E 1-6×24 riflescope is so well thought out and executed, it’s almost scary. And in 2018, its nearly ¼ of a pound lighter. Perfect for the AR platform, the Gen II-E 1-6 is a top-tier optical solution for short to medium-range tactical applications. Optically, it delivers the highest level of clarity, resolution, color accuracy, light transmission and edge-to-edge sharpness. The ultra-forgiving eyebox with generous eye relief generates a heads-up-display-like sight picture for fast target acquisition and optimal monitoring of the surrounding environment. A true, daylight-bright illuminated center dot gives shooters ultimate close-quarters versatility.

Internal Mechanism Design Features

Friction Reduction System

Heat-treated, hardened-steel pad floats on the end of the turret screw and interfaces with a hardened steel ring on the erector tube for steel-on-steel contact. Prevents galling or deformation of the erector screw contact point for superior durability and repeatability. US Patent 7,958,665

Turret Screws

Provides low-friction, wear-resistant performance: precision-machined from a silicon-brass alloy and treated with an advanced dry-film lubricant. Turret screw threads are precision machined to sub-2 micron tolerances (less than 78-millionths of an inch). Ultra-smooth operation and adjustments.

Erector Tube System

Precision-machined from premium brass alloy with anti-galling properties for strength and durability. The chromium vanadium erector spring withstands compression, has high fatigue resistance and is tumble-polished to a mirror finish for micro-precise elevation and windage adjustments.

Convenience Features

Fast Focus Eyepiece

Allows quick and easy reticle focusing.

Locking Side Illumination

Easily accessible and lockable illumination dial is located on the left side of turret housing. Features eleven intensity levels of illumination with off positions between each setting.